Anoop A S

Team Lead in Hardware R&D for a medical device focused on vitals monitoring during procedures, managing a team responsible for sustaining and improving hardware, firmware, and mechanical components. Also supports diagnostic devices, with a focus on system updates and compliance. Leads the design change process, ensuring smooth transitions and evaluating system impacts. Collaborates with suppliers and stakeholders on proposed updates and is involved in the redesign and development of key system components.

Overseeing hardware development for various applications. Led the design of boards, implemented communication protocols, and developed power solutions. Key contributions include creating gateways, sensor modules, and camera systems, as well as driving the design of automated testing equipment. Also involved in research and development of specialized hardware for industrial and remote monitoring systems, focusing on connectivity, integration, and performance optimization.

Served as a climate warrior and science communicator for an NGO, traveling across the Indian subcontinent on the Science Express for 5 months, visiting 74 cities and towns. Educated children aged 6 to 16 about climate change and science. Interpreted exhibits, led hands-on activities, and managed outreach programs. Coordinated logistics, addressed queries, and handled media interactions and documentation. Hosted orientation programs for teachers and facilitated stargazing and interactive activities.

Served as an assistant professor in the Department of Electrical and Electronics Engineering, delivering lectures and practical sessions to both undergraduate and postgraduate students. Guided final-year students through their seminars and projects, while also managing class assessments and coordinating departmental activities. Played a role in overseeing key academic processes.

Conducted research on automation and optimization, focusing on advanced technologies and safety systems. Worked in a lab environment, gaining practical experience with industrial robotics and their applications. Focused on improving efficiency and safety in automated processes, utilizing cutting-edge equipment. Developed a strong understanding of automation principles through hands-on experience and research.

Worked on foundation and mast erection for railway electrification, conducting detailed site surveys to ensure accuracy and compliance. Managed operations, including logistics and material handling, contributing to the smooth execution of the project.

Completed a Master's in Power Electronics and Drives, specializing in the design, control, and application of power conversion systems. Gained expertise in advanced power electronics, motor drives, and energy management systems, with a focus on optimizing performance and efficiency in electrical systems.

Completed a Bachelor of Engineering in Electrical and Electronics Engineering, gaining a solid foundation in electrical systems, circuit design, power electronics, and control systems. Developed practical skills through lab work and projects, focusing on problem-solving and technical innovation in the field.